AWT100-4GHW IoT Smart 4G Gateway
At present, wireless technology has gradually become an important direction for the development and application of networks in the industrial Internet in the future due to its advantages of easy deployment, low construction cost, and wide applicable environment. AWT100 wireless communication terminal is a new wireless data acquisition device launched by Acrel.
The uplink communication includes 2G, 4G, NB, LoRa, LoRaWAN, and other communication modes. The downlink interface provides a standard RS485 data interface, which can easily connect power meters and RTUs, PLC, industrial computers, and other equipment, only need to complete the initial configuration, and you can complete the data acquisition of MODBUS equipment; at the same time, AWT100 series wireless communication the terminal uses a powerful micro-processing chip, with built-in watchdog technology, reliable performance stable.
| ● Upstream Methods: 4G LTE (Support Global Frequency Bands) ● Upstream Protocol: MODBUS-TCP, MQTT ● Downstream Methods: RS485 Interface ● Downstream Protocol: MODBUS-RTU ● Support: Up to 20~28 Acrel Devices with RS485 (MODBUS-RTU) ● Power Supply: 24Vdc (default); 85~265Vac/Vdc (via AWT100-POW Module) ● Standard&Certificate: CE-RED; IEC; LVD; EMC |
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| Various Upstream Communication Methods ● 4G (Support Global Frequency Bands) ● WiFi ● LoRa ● LoRaWAN ● Ethernet ● NB-IoT ● Profibus-DP ● GPS |
| Collect Data from up to 30 Devices ● Downstream Communication: RS485 ● Downstream Protocol: MODBUS-RTU ● Data acquisition of 5 register address fields for each device |
| Easy Installation ● RJ45 Interface ● 35mm standard DIN Rail |
| Three Optional Power Supply ● DC 12V ● DC 24V ● AC/DC 220V→DC 5V (paired with AWT100-POW) ● 3 types of Power Supply can’t co-exist |
1. Model Series-1
arameter Name | AWT100-4GHW | AWT100-NB | AWT100-LW | AWT100-LoRaHW |
Working frequency | 4G LTE-FDD: B1 B2 B3 B4 B5 B7 B8 B12 B13 B18 B19 B20 B25 B26 B28 4G LTE-TDD: B38 B39 B40 B41 | NB-IoT: H-FDD B1 B3 B8 B5 B20 | LoRaWAN: 470MHz LoRaWAN: 863~870MHz LoRaWAN: 920~928MHz | LoRa: 460~510MHz LoRa: 860~935MHz |
Transmission rate | LTE-FDD Maximum downlink rate 150Mbps Maximum uplink rate 50Mbps LTE-TDD Maximum downlink rate130Mbps Maximum uplink rate 35Mbps CDMA Maximum downlink rate 3.1Mbps Maximum uplink rate 1.8Mbps GSM Maximum downlink rate 107Kbps Maximum uplink rate 85.6Kbps | Maximum downlink rate 25.2Kbps Maximum uplink rate 15.62Kbps | LoRa 62.5kbps | LoRa 62.5kbps |
Downlink | RS485 Communication | |||
Uplink | 4G Communication | NB-IoT Communication | LoRaWAN Communication | LoRa Communication |
SIM card voltage | 3V,1.8V | / | ||
Working current | Static power:≤1W,Transient power consumption:≤3W | Static power: ≤0.5W, Transient power Consumption:≤1W | ||
Antenna interface | 50Ω/SMA(Faucet) | |||
Serial port type | RS-485 | |||
Baud rate | 4800bps,9600bps,19200bps,38400bps(default 9600bps) | |||
Operating Voltage | DC24V /AC/DC220V① | |||
Operating temperature | -10℃~55℃ | |||
Storage temperature | -40℃~85℃ | |||
Humidity range | 0~95% Non-condensing | |||
2. Model Series-2
Parameter name | AWT100-GPS | AWT100-WiFiHW | AWT100-CE | AWT100-DP |
Work | Positioning accuracy: 2.5-5m | Support 2.4G&5G frequency band WiFi rate: 115200bps | Ethernet rate 10/100M adaptive | Profibus address: 1~125. (Note) |
Downlink | RS485 Communication | |||
Uplink | GPS positioning | WiFi wireless | Ethernet communication | Profibus communication |
Working current | Static power consumption:≤1W,transient power consumption:≤3W | Static power consumption: ≤0.5W, transient power consumption: ≤1W | ||
Interface | 50Ω/SMA(Faucet) | RJ45 | DP9 | |
Serial port type | RS-485 Communication | |||
Baud rate | 4800bps,9600bps,19200bps,38400bps(Default 9600bps) | |||
Operating Voltage | DC24V or AC/DC220V① | |||
Operating temperature | -10℃~55℃ | |||
Storage temperature | -40℃~85℃ | |||
Humidity range | 0~95% Non-condensing | |||
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Front View | Side View |
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PIN/Terminal Overview of AWT100-4GHW Gateway and AWT100-POW Power Module |
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Wiring Diagram of AWT100-4GHW (24Vdc Power Supply via default Configuration) |
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Wiring Diagram of AWT100-4GHW (85~265Vac Power Supply via AWT100-POW Power Moduel) |
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RS485 to 4G Solution Structure |
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RS485 to 4G Solution Illustration |
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LoRa to 4G Solution Structure |
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LoRa to 4G Solution Illustration |